Assertion : The frequencies of incident, reflected and refracted beam of monochromatic light are same.
Reason : The incident, reflected and refracted rays are coplanar.

Assertion: The frequencies of incident, reflected and refracted beam of monochromatic light incident from one medium to another are same. Reason: The incident, reflected and refracted rays are coplanar.

In these question, a statement of assertion followed by a statement of reason is given .Choose the correct answer out of the following choices: Assertion and reason both are correct statements and reason is correct explanation for assertion. Assertion and reason both are correct statements but reason is not correct explanation for assertion. Assertion is correct statement but reason is wrong statement. Assertion is wrong statement but reason is correct statement. Assertion: the frequencies of incident ,reflected and refracted beam of monochromatic light incident from one medium to another are same. Reason: The incident, reflected and refracted rays are coplanar.

Assertion: The frequencies of incident, reflected and refracted beam of monochromatic light incident beam of monochromatic light incident from one medium to another are same Reason: The incident, reflected and refracted rays are coplanar

Assertion: The frequencies of incident, reflected and refracted beam of monochromatic light incident beam of monochromatic light incident from one medium to another are same Reason: The incident, reflected and refracted rays are coplanar

(A): The frequencies of incident, reflected and refracted waves of sound propagating from one medium to another medium are same. (R): The incident, reflected and refracted rays are coplanar.

The angle between incident ray and reflected ray or refracted ray is called _____

The angle between incident ray and reflected ray or refracted ray is called _____

A ray incident at a point at an angle of incidence of 60^(@) enters a glass sphere with refractive index sqrt(3) and it is reflected and refracted at the farther surface of the sphere. The angle between the reflected and refracted rays at this surface is: